Uses of Class org.lsst.ccs.drivers.reb.REBException (LSST CCS

Uses of REBException in org.lsst.ccs.drivers.reb

Methods in org.lsst.ccs.drivers.reb that throw REBException
Modifier and Type	Method and Description
`String`	TestReg.`aspicClamp(int strips, int side)` Shows ASPIC clamp value.
`void`	TestReg.`aspicClamp(int strips, int sides, int clamp)` Sets ASPIC clamp value.
`String`	TestReg.`aspicGainRc(int strips, int side)` Shows ASPIC gain & RC.
`void`	TestReg.`aspicGainRc(int strips, int sides, int gain, int rc)` Sets ASPIC gain & RC.
`String`	TestReg.`aspicModes(int strips, int side)` Shows ASPIC modes.
`void`	TestReg.`aspicModes(int strips, int sides, int modes)` Sets ASPIC modes.
`String`	TestReg.`aspicTemps()` Shows all ASPIC temperatures.
`String`	TestReg.`aspicTemps(int first)` Shows one ASPIC temperature.
`String`	TestReg.`aspicTemps(int first, int count)` Shows ASPIC temperatures.
`String`	TestImage.`awaitImage()` Waits for an image to arrive.
`Image`	ImageClient.`awaitImage(Image image)` Awaits an image.
`String`	TestReg.`cabac(int side)` Shows all fields of a CABAC.
`String`	TestReg.`cabac(int side, TestReg.CabacField field)` Shows a CABAC field.
`String`	TestReg.`cabacacPower()` Shows the CABAC power regulator enables.
`void`	TestReg.`cabacacPower(int enables)` Sets the CABAC power regulator enables.
`void`	TestReg.`cabacClear(int strip)` Clears a CABAC strip.
`void`	TestReg.`cabacCopy(int side)` Copies the input registers of a CABAC to the output.
`void`	TestReg.`cabacFetch(int strip)` Fetches a CABAC strip.
`String`	TestReg.`cabacField(int strips, int side, TestReg.CabacField field)` Shows a CABAC field.
`void`	TestReg.`cabacField(int strips, int sides, TestReg.CabacField field, int value)` Writes a CABAC field.
`void`	TestReg.`cabacLoad(int strip)` Loads a CABAC strip.
`String`	TestReg.`cabacRead(int side)` Reads the input registers of a CABAC.
`void`	TestReg.`cabacSet(int side, int... values)` Sets all fields of a CABAC.
`void`	TestReg.`cabacSet(int side, TestReg.CabacField field, int value)` Sets a CABAC field.
`void`	TestReg.`cabacWrite(int side, int... values)` Writes the output registers of a CABAC.
`String`	TestRtds.`calibrate(int chan, int type)`
`int`	TempRtds.`calibrate(int chan, int type)` Calibrates an ADC channel
`void`	BaseSet.`checkNotVersion(int option, int... version)` Checks for not a particular option version.
`protected void`	RegClient.`checkOpen()` Checks that connection is open.
`void`	BaseSet.`checkVersion(int option, int... version)` Checks for a particular option version.
`void`	Sequencer.`clearCache()` Clears the sequencer program cached copy.
`void`	RegClient.`close()` Closes a connection.
`void`	ImageClient.`close()` Closes a connection.
`void`	TestReg.`connect(int id)` Connects to a REB.
`void`	TestImage.`connect(int id)` Connects to a REB.
`void`	TestReg.`connect(int id, String ifcName)` Connects to a REB.
`void`	TestImage.`connect(int id, String ifcName)` Connects to a REB.
`void`	TestImage.`connect(TestImage.HdwType type, int id, String ifcName)` Connects to a REB.
`void`	TestReg.`connect(TestReg.HdwType type, int id, String ifcName)` Connects to a REB.
`String`	TestReg.`contPower()` Continuously read the board power values.
`String`	TestReg.`contRead(int address, int count)` Continuously read a set of registers.
`String`	TestReg.`contTemp()` Continuously reads the board temperatures.
`void`	Cabac.`copyRaw(int side)` Copies CABAC input registers to the output ones.
`void`	TestReg.`dacLoad(TestReg.DacName name)` Loads a DAC.
`void`	TestReg.`dacLoad(TestReg.DacName name, int strip)` Loads a DAC.
`void`	TestReg.`dacLoadAll()` Loads all DACs.
`void`	TestReg.`dacLoadGlobal()` Loads all global DACs.
`void`	TestReg.`dacLoadStrip()` Loads all strip DACs.
`void`	TestReg.`dacLoadStrip(int strip)` Loads strip DACs for one strip.
`void`	TestReg.`dacSet(TestReg.DacChan chan, int value)` Sets a DAC value.
`void`	TestReg.`dacSet(TestReg.DacChan chan, int value, int strip)` Sets a DAC value.
`String`	TestReg.`dataSource()` Shows the data source register.
`void`	TestReg.`dataSource(int value)` Sets the data source register.
`String`	TestReg.`dcDcSync()` Shows DC/DC synchronization.
`void`	TestReg.`dcDcSync(TestReg.OnOff state)` Sets the DC/DC synchronization state.
`void`	StatusSet.`disable()` Disables the status block.
`void`	Sequencer.`disable()` Disables the sequencer.
`void`	BaseSet.`disable()` Disables the time-base.
`void`	BaseSet.`disable(int regSet)` Disables a register set.
`void`	TestReg.`disable(TestReg.RsetId regset)` Disables a register set.
`void`	TestReg.`disconnect()` Disconnects from a REB.
`void`	TestImage.`disconnect()` Disconnects from a REB.
`void`	TempAdcs.`enable()` Enables the temperature ADC reading.
`void`	StatusSet.`enable()` Enables the status block.
`void`	PowerAdcs.`enable()` Enables the power ADC reading.
`void`	Sequencer.`enable()` Enables the sequencer.
`void`	BaseSet.`enable()` Enables the time-base.
`void`	BaseSet.`enable(int regSet)` Enables a register set.
`void`	TestReg.`enable(TestReg.RsetId regset)` Enables a register set.
`void`	FastAdcs.`enableFast()` Enables the fast ADC reading.
`void`	Sequencer.`enableScan(boolean enable)` Enables or disables scan mode.
`void`	Cabac.`fetch(int strip)` Fetches the contents of a CABAC strip to the registers.
`int[]`	Cabac.`get(int side)` Gets all CABAC field values.
`int`	Cabac.`get(int side, int field)` Gets one CABAC field value.
`int[]`	Cabac.`get(int side, int first, int count)` Gets several CABAC field values.
`int`	Sequencer.`getCacheSliceCount()` Gets the slice count of the sequencer program cached copy.
`int[]`	TempRtds.`getCalibration(int chan)` Gets the calibration data for an ADC channel.
`int`	TempRtds.`getChannel()` Gets the channel number
`int`	TempRtds.`getClockSource()` Gets the clock source
`int`	TempRtds.`getConvMode()` Gets the conversion mode
`int`	TempRtds.`getConvRate()` Gets the conversion rate
`int`	TempRtds.`getDio()` Gets the DIO values
`long`	BaseSet.`getDrebSerial()` Gets the DREB serial number.
`int`	Sequencer.`getErrorAddr()` Gets sequencer error address.
`double[][]`	FastAdcs.`getFast(int count)` Gets the last few fast ADC samples.
`double[]`	FastAdcs.`getFastAvge(int count)` Gets the average of the last few fast ADC samples.
`int`	BaseSet.`getFwVersion()` Gets the firmware version.
`int`	TempRtds.`getGain()` Gets the ADC gain
`int`	SlowAdcs.`getNumAspicTemps()` Gets the number of ASPIC temperatures.
`int`	SlowAdcs.`getNumBiasVolts()` Gets the number of bias voltages.
`int`	Cabac.`getNumFields()` Gets the number of CABAC fields.
`int`	TempAdcs.`getNumRegs()` Gets the number of ADC registers.
`int`	PowerAdcs.`getNumRegs()` Gets the number of ADC registers.
`long`	BaseSet.`getRebSerial()` Gets the REB serial number.
`int`	TempRtds.`getRefSelect()` Gets the reference selection
`int`	Cabac.`getRegulator()` Gets the power regulator enables.
`int`	TempRtds.`getSourceDirection()` Gets the current source direction
`int`	TempRtds.`getSourceEnable()` Gets the current source enable value
`int`	TempRtds.`getStatus()` Gets the chip status
`long`	BaseSet.`getTime()` Gets the time-base value as millisecond Unix time.
`long`	BaseSet.`getTimeRaw()` Gets the raw time-base value.
`long`	TempAdcs.`getTriggerTime()` Gets the time of the read enable.
`long`	StatusSet.`getTriggerTime()` Gets the status block trigger time.
`long`	PowerAdcs.`getTriggerTime()` Gets the time of the read enable.
`long`	Sequencer.`getTriggerTime()` Gets the sequencer trigger time.
`long`	BaseSet.`getTriggerTime(int regSet)` Gets the trigger time for a register set as Unix millisecond time.
`long`	BaseSet.`getTriggerTimeRaw(int regSet)` Gets the raw trigger time for a register set.
`int`	BaseSet.`getVersion(int option)` Gets the version of a particular option.
`int`	BaseSet.`getVersion(int option, boolean unsOkay)` Gets the version of a particular option.
`void`	TestRtds.`initialize()`
`boolean`	BaseSet.`isBackBiasOn()` Gets the back bias setting.
`boolean`	TempRtds.`isBuffered()` Gets the buffered mode
`boolean`	BaseSet.`isDcdcSync()` Gets the DC/DC synchronization.
`boolean`	Aspic.`isNapModeOn()` Gets nap mode.
`boolean`	TempRtds.`isPowerSwitch()` Gets the power switch state
`boolean`	TempRtds.`isRefDetect()` Gets the reference detect mode
`boolean`	Sequencer.`isScanEnabled()` Gets whether scan mode is enabled.
`boolean`	TempRtds.`isUnipolar()` Gets the unipolar mode
`boolean`	BaseSet.`isVersion(int option, int... version)` Tests for a particular option version.
`void`	Cabac.`load(int strip)` Loads a CABAC strip from the registers.
`void`	BoardDacs.`load(int dac)` Loads one DAC's values.
`void`	BoardDacs.`load(int strip, int dac)` Loads the values for one DAC and strip.
`void`	BoardDacs.`loadAll()` Loads all DAC values.
`void`	TestReg.`loadCommand(String command)` Loads a command into the sequencer.
`void`	SequencerUtils.`loadCommand(String cmnd)` Carries out a sequencer load command.
`void`	SequencerUtils.`loadCommand(String cmnd, int lineNum)` Carries out a sequencer load command.
`String`	TestReg.`loadFile(String fileName)` Loads a file of commands into the sequencer.
`int`	SequencerUtils.`loadFile(String fileName)` Loads the sequencer from a file.
`void`	BoardDacs.`loadGlobal()` Loads all global DAC values.
`void`	BoardDacs.`loadStrip()` Loads all strip-associated DAC values.
`void`	BoardDacs.`loadStrip(int strip)` Loads all DAC values for a strip.
`void`	TestReg.`loadTest(int totTime, int ncycle)` Loads a test program into the sequencer.
`void`	TestReg.`loadTest(int totTime, int ncycle, int onTime)` Loads a test program into the sequencer.
`static void`	TestSpeed.`main(String[] args)` Main program
`static void`	TestSlow.`main(String[] args)`
`protected int`	Asic.`makeCommand(int strips, int sides, int addr, int write, int value)` Makes a command word.
`void`	ImageClientPci.`newImageClient(int id, String ifc)`
`void`	RegClient.`open(int id)` Opens a connection using the default network interface.
`void`	ImageClient.`open(int id)` Opens a connection using the default network interface.
`void`	RegClient.`open(int hdw, int id, String ifc)` Opens a connection.
`void`	ImageClient.`open(int hdw, int id, String ifc)` Opens a connection using the specified network interface.
`void`	RegClient.`open(int id, String ifc)` Opens a connection using the specified network interface.
`void`	ImageClient.`open(int id, String ifc)` Opens a connection using the specified network interface.
`String`	TestReg.`power()` Shows all the board power values.
`String`	TestReg.`power(int first)` Shows a board power value.
`String`	TestReg.`power(int first, int count)` Shows board power values.
`String`	TestImage.`read()` Reads an image.
`String`	TestReg.`read(int address)` Shows register contents.
`int`	TempRtds.`read(int addr)`
`int`	RegClient.`read(int address)` Reads from a register.
`String`	TestReg.`read(int address, int count)` Shows register contents.
`void`	RegClient.`read(int address, int[] values)` Reads from a set of registers.
`void`	RegClient.`read(int address, int[] values, int offset, int count)` Reads from a set of registers.
`double`	TempAdcs.`readAdc(int adc)` Reads one temperature value.
`double`	PowerAdcs.`readAdc(int adc)` Reads one power value.
`int`	TempRtds.`readAdc(int chan, int optns)` Reads an ADC channel
`String`	TestRtds.`readAdc(int chan, int count, TestRtds.OptionNames... optns)`
`double[]`	TempAdcs.`readAdcs()` Reads all the temperature values.
`double[]`	PowerAdcs.`readAdcs()` Reads all the power values.
`double[]`	TempAdcs.`readAdcs(int first, int count)` Reads a range of temperature values.
`double[]`	PowerAdcs.`readAdcs(int first, int count)` Reads a range of power values.
`double`	SlowAdcs.`readAspicTemp(int strip, int side)` Reads an ASPIC temperature.
`double[]`	SlowAdcs.`readAspicTemps(int first, int count)` Reads a range of ASPIC temperature values.
`int[]`	Aspic.`readClamp(int strips, int side)` Reads ASPIC clamp.
`double`	SlowAdcs.`readCurrent(int chan)` Reads a CCD current.
`double`	SlowAdcs.`readCurrent(int strip, int side, int chan)` Reads a CCD current.
`int`	Sequencer.`readDataSource()` Reads the data source register.
`int`	SlowAdcs.`readDirect(int config)` Reads the version 1 slow ADC directly.
`int`	Sequencer.`readExecCount(int addr)` Reads an execute repeat count parameter.
`int`	Sequencer.`readExecFunc(int addr)` Reads an execute function code parameter.
`int[][]`	Cabac.`readField(int strips, int side)` Reads all CABAC fields.
`int[]`	Cabac.`readField(int strips, int side, int field)` Reads a CABAC field.
`int[][]`	Cabac.`readField(int strips, int side, int first, int count)` Reads several CABAC fields.
`int[][]`	Aspic.`readGainRc(int strips, int side)` Reads ASPIC gain and RC.
`boolean`	ImageClient.`readImage(Image image)` Reads an image.
`int`	Sequencer.`readJunpCount(int addr)` Reads a jump repeat count parameter
`int`	Sequencer.`readJunpSubr(int addr)` Reads a jump subroutine address parameter
`String`	TestReg.`readLong(int address)` Shows a pair of registers.
`long`	RegClient.`readLong(int address)` Reads a register pair as a long value.
`int[]`	Aspic.`readModes(int strips, int side)` Reads ASPIC special modes.
`int[]`	Cabac.`readRaw(int side)` Reads CABAC input registers in raw format.
`String`	TestRtds.`readReg(int regnum)`
`int`	RegClientPci.`readReg(long handle, int address)`
`int`	RegClientDaq1.`readReg(long handle, int address)`
`int`	RegClientDaq0.`readReg(long handle, int address)`
`int`	TempRtds.`readRegister(int regnum)` Reads a register.
`void`	RegClientPci.`readRegs(long handle, int address, int[] values, int offset, int count)`
`void`	RegClientDaq1.`readRegs(long handle, int address, int[] values, int offset, int count)`
`void`	RegClientDaq0.`readRegs(long handle, int address, int[] values, int offset, int count)`
`int`	Sequencer.`readSliceCount()` Reads the slice count.
`double`	SlowAdcs.`readSlow(int chan)` Reads the slow ADC.
`int`	Sequencer.`readStartAddr()` Reads the start address register.
`Status`	StatusSet.`readStatus()` Reads the status block.
`int`	Sequencer.`readStripeSelect()` Reads the stripe selection register.
`String`	TestRtds.`readTemp(int count, TestRtds.OptionNames... optns)`
`double`	TempRtds.`readTemperature(int optns)` Reads the internal temperature sensor
`double`	TempRtds.`readVdd(int optns)` Reads the internal voltage monitor
`String`	TestRtds.`ReadVdd(int count, TestRtds.OptionNames... optns)`
`double`	SlowAdcs.`readVoltage(int chan)` Reads a bias voltage.
`double`	SlowAdcs.`readVoltage(int strip, int chan)` Reads a bias voltage.
`void`	TempRtds.`reset()` Resets the chip.
`void`	TestImage.`reset()` Resets the front end system.
`void`	Aspic.`reset(int strip)` Resets ASPIC registers.
`void`	Cabac.`reset(int strip)` Resets a CABAC strip.
`void`	Sequencer.`resetError()` Resets sequencer error.
`void`	ImageClient.`resetFrontEnd()` Resets the front end system.
`void`	Sequencer.`resetScan()` Resets scan mode.
`String`	TestReg.`scanMode()` Shows the scan mode.
`void`	Sequencer.`sendStep()` Sends the step command.
`void`	Sequencer.`sendStop()` Sends the stop command.
`void`	BoardDacs.`set(int chan, int value)` Sets a DAC value.
`void`	Cabac.`set(int side, int[] value)` Sets all CABAC field values.
`void`	Cabac.`set(int side, int field, int value)` Sets one CABAC field value.
`void`	BoardDacs.`set(int strip, int chan, int value)` Sets a DAC value into a strip.
`void`	Cabac.`set(int side, int first, int count, int[] value)` Sets several CABAC field values.
`void`	BaseSet.`setBackBias(boolean on)` Sets the back bias state.
`void`	TestRtds.`setBuff(TestReg.OnOff on)`
`void`	TempRtds.`setBuffered(boolean enable)` Sets the buffered mode
`void`	TestRtds.`setChan(TestRtds.ChanNames chan)`
`void`	TempRtds.`setChannel(int chan)` Sets the channel number
`void`	TestRtds.`setClock(TestRtds.ClockNames clock)`
`void`	TempRtds.`setClockSource(int source)` Sets the clock source
`void`	TestRtds.`setConv(TestRtds.CnvModeNames mode)`
`void`	TempRtds.`setConvMode(int mode)` Sets the conversion mode
`void`	TempRtds.`setConvRate(int rate)` Sets the conversion rate
`void`	BaseSet.`setDcdcSync(boolean enable)` Sets the DC/DC synchronization.
`void`	TestRtds.`setDelay(int rDelay, int wDelay)`
`void`	TestRtds.`setDelay(TestReg.OnOff state)`
`void`	TempRtds.`setDio(int value)` Sets the DIO values
`void`	FastAdcs.`setFastCount(int count)` Sets the number of fast ADC samples.
`void`	TempRtds.`setGain(int gain)` Sets the ADC gain
`void`	TestRtds.`setGain(TestRtds.GainNames gain)`
`void`	SlowAdcs.`setMux(int set)` Sets the ASIC MUX.
`void`	Aspic.`setNapMode(boolean on)` Sets nap mode.
`void`	TempRtds.`setPowerSwitch(boolean on)` Sets the power switch state
`void`	TestRtds.`setRate(TestRtds.RateNames rate)`
`void`	TestRtds.`setRefdet(TestReg.OnOff det)`
`void`	TempRtds.`setRefDetect(boolean enable)` Sets the reference detect mode
`void`	TestRtds.`setReference(TestRtds.RefsNames source)`
`void`	TempRtds.`setRefSelect(int mode)` Sets the reference selection
`void`	Cabac.`setRegulator(int enables)` Sets the power regulator enables.
`void`	TempRtds.`setSourceDirection(int dirn)` Sets the current source direction
`void`	TempRtds.`setSourceEnable(int enab)` Sets the current source enable value
`void`	TestRtds.`setSwitch(TestReg.OnOff on)`
`void`	BaseSet.`setTime()` Sets the time-base value to the current system time.
`void`	BaseSet.`setTime(long time)` Sets the time-base value as millisecond Unix time.
`String`	TestReg.`setTime(String time)` Sets the time.
`void`	BaseSet.`setTimeRaw(long time)` Sets the raw time-base value.
`void`	TestRtds.`setUnipol(TestReg.OnOff on)`
`void`	TempRtds.`setUnipolar(boolean enable)` Sets the unipolar mode
`void`	TempRtds.`setupStandard()` Performs standard chip setup
`void`	BaseSet.`setVersions()` Sets the version of each option.
`String`	TestRtds.`showBuff()`
`String`	TestRtds.`showCalib(int chan)`
`String`	TestRtds.`showChan()`
`String`	TestRtds.`showClock()`
`String`	TestRtds.`showConv()`
`String`	TestRtds.`showGain()`
`String`	TestRtds.`showRate()`
`String`	TestRtds.`showRefdet()`
`String`	TestRtds.`showRefsel()`
`String`	TestRtds.`showRegs()`
`String`	TestRtds.`showStatReg()`
`String`	TestReg.`showStatus()` Shows the contents of the status block.
`String`	TestRtds.`showSwitch()`
`String`	TestRtds.`showUnipol()`
`String`	TestReg.`sliceCount()` Shows the slice count register.
`void`	TestReg.`sliceCount(int count)` Sets the slice count register.
`void`	TestReg.`sliceCount(TestReg.ScanOption option)` Sets/resets the scan mode.
`String`	TestReg.`slowAdc(int mux, int adc)` Shows slow ADC value.
`String`	TestReg.`slowAdc(TestReg.SlowChan chan)` Shows slow ADC value.
`String`	TestReg.`snDreb()` Shows DREB serial number.
`String`	TestReg.`snReb()` Shows REB serial number.
`void`	TestReg.`step()` Sends a step request to the sequencer.
`void`	TestReg.`stop()` Sends a stop request to the sequencer.
`String`	TestReg.`stripeSelect()` Shows the stripe selection register.
`void`	TestReg.`stripeSelect(int value)` Sets the stripe selection register.
`String`	TestReg.`temperature()` Shows all the board temperatures.
`String`	TestReg.`temperature(int first)` Shows a board temperature.
`String`	TestReg.`temperature(int first, int count)` Shows board temperatures.
`void`	BaseSet.`throwIncompatException()` Throws incompatible firmware version exception.
`String`	TestReg.`time()` Shows the time.
`String`	TestReg.`timebase()` Shows the time base.
`void`	TestReg.`timebase(long time)` Sets the time base.
`String`	TestReg.`trigtime(TestReg.RsetId regset)` Shows a trigger time.
`void`	TestReg.`update(int address, int mask, int value)` Updates a register.
`int`	RegClient.`update(int address, int mask, int value)` Updates a register.
`int`	RegClientPci.`updateReg(long handle, int address, int mask, int value)`
`int`	RegClientDaq1.`updateReg(long handle, int address, int mask, int value)`
`int`	RegClientDaq0.`updateReg(long handle, int address, int mask, int value)`
`void`	TempRtds.`updateRegister(int regnum, int mask, int value)` Updates a register
`void`	TempAdcs.`waitDone()` Waits for the data to be available.
`void`	PowerAdcs.`waitDone()` Waits for the data to be available.
`void`	BaseSet.`waitDone(int regSet)` Waits for a register set to become disabled.
`void`	FastAdcs.`waitFastDone()` Waits for the fast ADC read to finish.
`void`	TestReg.`write(int address, int value)` Writes to a register.
`void`	TempRtds.`write(int addr, int value)`
`void`	RegClient.`write(int address, int value)` Writes to a register.
`void`	RegClient.`write(int address, int[] values)` Writes to a set of registers.
`void`	RegClient.`write(int address, int[] values, int offset, int count)` Writes to a set of registers.
`void`	Sequencer.`writeBebSelect(int value)` Writes the BEB selector register.
`void`	Aspic.`writeClamp(int strips, int sides, int clamp)` Writes ASPIC clamp.
`void`	Sequencer.`writeDataSource(int value)` Writes the data source register.
`void`	Sequencer.`writeExecCount(int addr, int count)` Writes an execute repeat count parameter.
`void`	Sequencer.`writeExecFunc(int addr, int func)` Writes an execute function code parameter.
`void`	Cabac.`writeField(int strips, int sides, int[] value)` Writes all CABAC fields.
`void`	Cabac.`writeField(int strips, int sides, int field, int value)` Writes a CABAC field.
`void`	Cabac.`writeField(int strips, int sides, int first, int count, int[] value)` Writes several CABAC fields.
`void`	Aspic.`writeGainRc(int strips, int sides, int gain, int rc)` Writes ASPIC gain and RC.
`void`	Sequencer.`writeJumpCount(int addr, int count)` Writes a jump repeat count parameter.
`void`	Sequencer.`writeJumpSubr(int addr, int subr)` Writes a jump subroutine address parameter.
`void`	Sequencer.`writeLines(int func, int[] values)` Writes a set of output lines values.
`void`	Sequencer.`writeLines(int func, int[] values, int offset, int count)` Writes a set of output lines values.
`void`	Sequencer.`writeLines(int func, int slice, int value)` Writes an output lines value.
`void`	TestReg.`writeLong(int address, long value)` Writes a pair of registers.
`void`	RegClient.`writeLong(int address, long value)` Writes a long value to a register pair.
`void`	Aspic.`writeModes(int strips, int sides, int modes)` Writes ASPIC special modes.
`void`	Sequencer.`writeProgEnd(int addr)` Writes an end program word.
`void`	Sequencer.`writeProgEndSubr(int addr)` Writes an end subroutine word.
`void`	Sequencer.`writeProgExec(int addr, int func, int count)` Writes an execute program word.
`void`	Sequencer.`writeProgExec(int addr, int argType, int func, int count)` Writes an execute program word.
`void`	Sequencer.`writeProgJump(int addr, int subaddr, int count)` Writes a jump program word.
`void`	Sequencer.`writeProgJump(int addr, int argType, int subaddr, int count)` Writes a jump program word.
`void`	Sequencer.`writeProgram(int addr, int value)` Writes a program word.
`void`	Sequencer.`writeProgram(int addr, int[] values)` Writes a set of program words.
`void`	Sequencer.`writeProgram(int addr, int[] values, int offset, int count)` Writes a set of program words.
`void`	Cabac.`writeRaw(int side, int[] values)` Writes CABAC output registers in raw format.
`void`	TestRtds.`writeReg(int regnum, int value)`
`void`	RegClientPci.`writeReg(long handle, int address, int value)`
`void`	RegClientDaq1.`writeReg(long handle, int address, int value)`
`void`	RegClientDaq0.`writeReg(long handle, int address, int value)`
`void`	TempRtds.`writeRegister(int regnum, int value)` Writes a register
`void`	RegClientPci.`writeRegs(long handle, int address, int[] values, int offset, int count)`
`void`	RegClientDaq1.`writeRegs(long handle, int address, int[] values, int offset, int count)`
`void`	RegClientDaq0.`writeRegs(long handle, int address, int[] values, int offset, int count)`
`void`	Sequencer.`writeSliceCount(int value)` Writes the slice count.
`void`	Sequencer.`writeStack(int[] values)` Writes a complete set of stack values, setting the stack size.
`void`	Sequencer.`writeStack(int[] values, int offset, int count)` Writes a complete set of stack values, setting the stack size.
`void`	Sequencer.`writeStack(int addr, int value)` Writes a stack value.
`void`	Sequencer.`writeStack(int addr, int[] values)` Writes a set of stack values.
`void`	Sequencer.`writeStack(int addr, int[] values, int offset, int count)` Writes a set of stack values.
`void`	Sequencer.`writeStackSize(int value)` Writes the stack size.
`void`	Sequencer.`writeStartAddr(int value)` Writes the start address register.
`void`	Sequencer.`writeStripeSelect(int value)` Writes the stripe selection register.
`void`	Sequencer.`writeTimes(int func, int[] values)` Writes a set of time slice values.
`void`	Sequencer.`writeTimes(int func, int[] values, int offset, int count)` Writes a set of time slice values.
`void`	Sequencer.`writeTimes(int func, int slice, int value)` Writes a time slice value.

Uses of Classorg.lsst.ccs.drivers.reb.REBException

Uses of REBException in org.lsst.ccs.drivers.reb

Uses of Class
org.lsst.ccs.drivers.reb.REBException